Plas­tic parts for labo­ra­tory and analy­sis technology

In labo­ra­tory and analy­sis tech­no­logy, as in medi­cal tech­no­logy, the highest requi­re­ments apply to the compon­ents and mate­ri­als used. Highest accu­racy and surface quality are the prere­qui­site for safe use. The compon­ents are often expo­sed to extreme condi­ti­ons such as increased or constantly chan­ging tempe­ra­tures or aggres­sive chemi­cals. Further­more, these compon­ents are often used in poten­ti­ally explo­sive atmo­sphe­res. Modi­fi­ca­ti­ons can be made to achieve elec­tri­cally conduc­tive, anti­sta­tic or static dissi­pa­tive proper­ties. In labo­ra­tory and analy­sis tech­no­logy, our many years of expe­ri­ence in the proces­sing of trans­pa­rent plas­tics helps us. We are able to manu­fac­ture highly trans­pa­rent compon­ents and thus ensure that the func­tion or the medium can be checked in the appli­ca­tion. By poli­shing the compon­ents, we also achieve a very high surface quality, which makes it more diffi­cult for resi­dues to adhere and faci­li­ta­tes clea­ning of the components.

In the field of labo­ra­tory and analy­sis tech­no­logy, plas­tics are mainly used that have the follo­wing properties:

  • Very high chemi­cal resistance
  • Hydro­ly­sis & Steri­liza­tion Resistance
  • High mecha­ni­cal strength, stiff­ness and dimen­sio­nal stability
  • low mois­ture absorption
  • Tempe­ra­ture resis­tance over a wide tempe­ra­ture range
  • trans­pa­rent plastics
  • weldable plas­tics
  • Laser marking possi­ble – Traceability

Our appli­ca­tion examples

This is what your finis­hed part could look like: